Product Description
Orbital Shaking Incubators
Cooling and Heating Incubators are available.
Features
- Double Walled Inner SS / Outer MS;
- Temperature Range: 10C to 60C0.5C
- Preset dual display electronic digital temperature controller cum indicator;
- RPM Range: 50 to 250 RPM Orbital (25 cms)
- Variable Speed Controlled by Digital Display RPM Controller cum Indicator (Permanent Management DC Motor)
- Complete with St. Steel Tray with lotus shaped spring action clamps
Advanced Temperature ControlEquipped with a microprocessor-based PID temperature controller and an LED digital display, this incubator offers precise temperature maintenance from ambient +5C up to 60C. High-density PUF insulation (75mm) ensures temperature stability and uniformity throughout the chamber, making it suitable for sensitive laboratory applications that demand reliable results.
Versatile Shaking Platform for Laboratory NeedsThe 420 x 420 mm shaking platform is designed to hold up to 36 flasks of 250 ml, with adjustable speeds ranging from 50 to 250 rpm and a selectable shaking amplitude of 25 mm or 50 mm, depending on the model. This flexibility enables optimal mixing for a variety of biological and chemical samples, supporting efficient cell culture, fermentation, and solubility testing.
Robust Construction and Safety FeaturesEngineered with a double-walled stainless steel inner chamber and powder-coated steel exterior, the incubator ensures durability and long-term resistance to corrosion. Over-temperature protection, together with an audio-visual alarm, provides safety against overheating. The swing-type, double-insulated glass door and removable stainless-steel inner trolley offer easy access and cleaning.
FAQ's of Orbital Shaking Incubators:
Q: How is the temperature accurately controlled in this orbital shaking incubator?
A: The incubator uses a microprocessor-based PID temperature controller paired with an LED digital display, ensuring precise temperature regulation within a range of ambient +5C to 60C. High-density PUF insulation and a double-walled stainless steel inner chamber help maintain uniform temperatures throughout the workspace.
Q: What types of laboratory processes benefit from using this shaking incubator?
A: This incubator is ideal for a wide range of laboratory applications, including cell culture, microbial incubation, chemical mixing, solubility testing, and fermentation studies. The adjustable shaking platform and capacity for up to 36 flasks make it versatile for multiple experimental setups.
Q: When should the shaking amplitude option be selected, and how does it impact usage?
A: The shaking amplitude can be set to either 25 mm or 50 mm, depending on the model. Choose 25 mm for gentle agitation of delicate cultures and 50 mm for more vigorous mixing of denser samples or larger liquid volumes. Selecting the appropriate amplitude enhances sample aeration and mixing efficiency.
Q: Where is this orbital shaking incubator typically used?
A: This model is widely used in research laboratories, academic institutions, pharmaceutical industries, biotechnology labs, and quality control facilities, especially in India, as it is supplied by distributors, exporters, manufacturers, and traders across the region.
Q: What safety features are included to protect the samples and operator?
A: Key safety features include over-temperature protection, which prevents overheating, and an audio-visual alarm system that alerts users to abnormal conditions. The swing-type, double-insulated glass door enhances thermal retention and visibility, while robust construction ensures containment and durability.
Q: How is the shaker platform configured to support different flask quantities and sizes?
A: The platform measures 420 x 420 mm and can carry up to 36 x 250 ml flasks. Its removable and stainless steel design allows for easy rearrangement of clamps or trays, accommodating various flask sizes and experimental needs.
Q: What are the primary benefits of using this model over conventional incubators?
A: The combination of orbital shaking and precise thermal control provides enhanced aeration and homogeneous mixing, optimizing growth and reaction rates. Superior insulation and safety features ensure reliability, while versatile platform configurations increase laboratory productivity and flexibility.